Fundamentals of Aluminium Metallurgy

Design Electric vehicles Electromagnetics Electronics Microstructure Formability Processing Residual stresses Sand casting Rapid prototyping Cavitation Thermal conductivity Extrusion Vibration Transmission electron microscopy Die-casting Mechanical properties Heat treatment Corrosion Intermetallic compounds Ultrasonics Casting Aluminium Aluminium alloys Small-angle x-ray scattering Superplasticity Scandium Strontium Solid solution Selective Laser Melting Microstructure Control Sensitization Recrystallization High pressure die casting Acoustic Streaming Powder bed fusion Rolling Stress relief Nanostructure Lightweighting Distortion Homogenization Additive Manufacturing T1 3D printing Correlative Microscopy Aerospace Déformation Directed energy deposition In situ Characterization Precipitation Ablation Phase transformation Pulsed Power Strengthening Stirring Localized corrosion 5xxx alloys 2xxx Alloys 6xxx alloys 7xxx alloys A367 Al-Cu-Li Al3Sc A368 B360 Atomic-scale microstructure Atom Probe Tomography Artificial ageing Al-Sc Binder systems Casting factor Dispersed oxide films Combinatorial studies. Design for Manufacture Dispersoids Counter-gravity casting F380 Hydro-forming Design for casting Investment Casting Mercalloy High shear melt conditioning Grain boundary attack Permanent mould casting Premium casting Interfacial attack Structure-Property Relationships Safety Factor Third generation Al-Li alloys Stretch bending Structural die castings Natural ageing Mechanical stretching Nucleation control Shock wave Rotor stator